Minirhizotron(MR)-facilitities are used to investigate the processes in the soil-plant continuum. The unique setup of these facilities enables the recording of 4D information for multiple crop growing seasons under different field conditions and agricultural practices. The MR-facilities in Selhausen, Germany enable the performance of long-term studies of the soil-plant-continuum. The study is still on-going. The data set will be complemented each year. This repository contains different soil sensors, which measured point information on soil water content (Time-Domian Reflectometry (TDR)), the soil water potential (MPS-22, tensiometers), and soil temperature (MPS-2 sensors) in several depth and plots. The data in this repository correspond to the article "Investigating processes within the soil-plant continuum: Sub-soil data of minirhizotron facilities in Selhausen".

Minirhizotron(MR)-facilitities are used to investigate the processes in the soil-plant continuum. The unique setup of these facilities enables the recording of 4D information for multiple crop growing seasons under different field conditions and agricultural practices. The MR-facilities in Selhausen, Germany enable the performance of long-term studies of the soil-plant-continuum. The data set was acquired for the years 2016, 2017, 2018, 2020 and 2021 and the study is still on-going. The data set will be complemented each year. This repository contains different soil sensors, which measured point information on soil water content (Time-Domian Reflectometry (TDR)), the soil water potential (MPS-22, tensiometers), and soil temperature (MPS-2 sensors) in several depth and plots. The data in this repository correspond to the article "Investigating processes within the soil-plant continuum: Sub-soil data of minirhizotron facilities in Selhausen".